PE Stamp and License Verification in Florida

These links are provided as starting points to the official state sources. A board's current instructions and online record control; confirm the page, status, discipline, and authorization directly before a project submission.

• Florida engineering licensing board
• Official license verification or lookup
• Project code and AHJ requirements for Florida
• Responsible engineer and scope confirmation

The Florida board resource does not approve a design or transfer responsibility to a contractor, owner, or another engineer. The responsible professional reviews the project inputs, code basis, calculations, drawings, and existing conditions, then determines which documents can be signed or sealed. Florida enforces a strong, mandatory statewide code — the Florida Building Code, 8th Edition (2023), built on the 2021 IBC with extensive amendments — administered by the Florida Building Commission. It is among the most rigorous codes in the nation, with unique High-Velocity Hurricane Zone (HVHZ) provisions for Miami-Dade and Broward counties and product-approval requirements. Florida grants licensure by endorsement for qualified out-of-state PEs and requires a Certificate of Authorization for firms. Digital signatures and seals are accepted on electronic submittals per board rules.

A Florida PE may need the project address, current architectural backgrounds, discipline scope, adopted code information, site and existing-condition evidence, equipment data, calculations, AHJ checklist, and any correction notice. Florida's statewide code makes the edition predictable, but permitting rigor is high — especially in the High-Velocity Hurricane Zone (Miami-Dade and Broward), where products require Notice of Acceptance (NOA) or Florida Product Approval and reviewers scrutinize wind and flood detailing. Coastal and low-lying jurisdictions layer in FEMA elevation certificates, and threshold buildings trigger special-inspector requirements. Extreme year-round humidity and dominant latent cooling loads; Hurricane and storm-surge exposure statewide; Intense solar heat gain and long cooling seasons; Mold, corrosion, and moisture management as life-of-building concerns are examples of why project inputs must be confirmed rather than assumed.